def __init__(self, raw_data):
"""
Parameters
----------
raw_data: RawTLPdata
RawTLPdata instance
"""
self.has_report = False
file_path = raw_data.original_file_name
tlp_curve = raw_data.tlp_curve
## PSA thi is a trial to integrate the data analysis
baseDir = os.path.dirname(file_path)
devName = os.path.splitext(os.path.basename(str(file_path)))[0]
if not os.path.exists(os.path.join(baseDir, 'report_analysis')):
os.mkdir(os.path.join(baseDir, 'report_analysis'))
self.spot_v = 0.5 # default value for leakage extraction : 0.5V
self.fail_perc = 15 # default value for failure level 15%
self.seuil = -0.4 # default for triggering point extraction: -0.4V
my_tlp_analysis = TLPAnalysis(tlp_curve)
my_tlp_analysis.set_threshold(self.seuil)
if raw_data.has_leakage_ivs:
my_tlp_analysis.set_leak_analysis(raw_data._iv_leak_data)
my_tlp_analysis.set_spot(self.spot_v)
my_tlp_analysis.set_fail(self.fail_perc)
elif raw_data.has_leakage_evolution:
my_tlp_analysis.set_evol_analysis(raw_data.leak_evol)
my_tlp_analysis.set_fail(self.fail_perc)
my_tlp_analysis.set_device_name(devName)
my_tlp_analysis.set_base_dir(baseDir)
my_tlp_analysis.update_analysis()
self.myOfile = baseDir + os.sep + devName + '_report.html'
self.css = os.path.abspath("." + os.sep + "ESDAnalysisTool.css")
self.report = TLPReporting()
self.report.set_css_format(self.css)
self.has_report = self.report.create_report(my_tlp_analysis)
self.report.save_report(self.myOfile)
self.my_tlp_analysis = my_tlp_analysis
class RawTLPdataAnalysis(object):
"""Provide analysis on raw measurement data
"""
def __init__(self, raw_data):
"""
Parameters
----------
raw_data: RawTLPdata
RawTLPdata instance
"""
self.has_report = False
file_path = raw_data.original_file_name
tlp_curve = raw_data.tlp_curve
## PSA thi is a trial to integrate the data analysis
baseDir = os.path.dirname(file_path)
devName = os.path.splitext(os.path.basename(str(file_path)))[0]
if not os.path.exists(os.path.join(baseDir, 'report_analysis')):
os.mkdir(os.path.join(baseDir, 'report_analysis'))
self.spot_v = 0.5 # default value for leakage extraction : 0.5V
self.fail_perc = 15 # default value for failure level 15%
self.seuil = -0.4 # default for triggering point extraction: -0.4V
my_tlp_analysis = TLPAnalysis(tlp_curve)
my_tlp_analysis.set_threshold(self.seuil)
if raw_data.has_leakage_ivs:
my_tlp_analysis.set_leak_analysis(raw_data._iv_leak_data)
my_tlp_analysis.set_spot(self.spot_v)
my_tlp_analysis.set_fail(self.fail_perc)
elif raw_data.has_leakage_evolution:
my_tlp_analysis.set_evol_analysis(raw_data.leak_evol)
my_tlp_analysis.set_fail(self.fail_perc)
my_tlp_analysis.set_device_name(devName)
my_tlp_analysis.set_base_dir(baseDir)
my_tlp_analysis.update_analysis()
self.myOfile = baseDir + os.sep + devName + '_report.html'
self.css = os.path.abspath("." + os.sep + "ESDAnalysisTool.css")
self.report = TLPReporting()
self.report.set_css_format(self.css)
self.has_report = self.report.create_report(my_tlp_analysis)
self.report.save_report(self.myOfile)
self.my_tlp_analysis = my_tlp_analysis
########### end of addon by PAS July 2nd, 2012
def update_analysis(self):
#print "analysis running an update"
self.my_tlp_analysis.set_spot(self.spot_v)
self.my_tlp_analysis.set_fail(self.fail_perc)
self.my_tlp_analysis.set_threshold(self.seuil)
self.my_tlp_analysis.update_analysis()
if self.has_report:
self.report.clear_report()
self.has_report = self.report.create_report(self.my_tlp_analysis)
self.report.save_report(self.myOfile)
def update_style(self):
self.report.clear_report()
self.report.set_css_format(self.css)
self.has_report = self.report.create_report(self.my_tlp_analysis)
self.report.save_report(self.myOfile)
def save_analysis(self, save_name):
if self.has_report:
self.report.clear_report()
self.has_report = self.report.create_doc(self.my_tlp_analysis)
f = open(save_name, "w")
f.write(self.report.output)
f.close()
baseDir = os.path.dirname(self.myOfile)
pathName = os.path.dirname(save_name)
rep = os.path.join(baseDir, 'report_analysis')
#names=os.listdir(rep)
names = glob.glob(rep + os.sep + "*.png")
#print rep+"/*.png",names
for item in names:
(mypath, myname) = os.path.split(item)
dest = pathName + os.sep + myname
shutil.copy(item, dest)